CUSTOM FIXTURES DESIGNED TO YOUR EXACT SPECIFICATIONS.
Bitter/Wound Axial Magnetization
Key benefits: excellent heat dissipation, better strength resistance, constructed without epoxy for a longer life span.
Applications: wide pulse width, suitable for 2-pole DC PM motors, demagnetization oscillation settings
SAT Multipolar
Applications: complicated step skewed geometries, high performances low torque ripple PMSM, very small inductors and sensors.
Key benefits: high saturation level on magnet edges, low insulation required.
Halbach Magnetization
Applications: Halbach magnetization, negligible THD, small pole pitch, sensor disks.
Key benefits: low peak time, Halbach magnetization, high voltage.
Multipolar Magnetization Fixture for sensor disks
Applications: high pole patterns axially or radially, even obliquely oriented, single trace sensor disks, double trace sensor disk, regularly spaced sensor disks, irregular spaced sensor disks.
Interior Radial Multipolar
Applications: this fixture is suitable for the magnetization of stators or multipolar flywheels.
Key benefits: change the cross-section and number of conductors from project to project; minimal space needed for winding heads with our winding technology; the slots can be built with any type of skewing: step skewed, continuous skewed, zigzag.
Exterior Radial Multipolar
Applications: a wide range of surface-mounted devices or spoke PM inductors (rotors or stators) and sensors.
Key benefits: the conductors on the device can be positioned to generate a magnetic field in a desired pattern; plenty of space for cooling and insulation material; sense coil embedded in the core.
Axial Multipolar Magnetization for Powertrain
Applications: mass production axial flux rotors.
Key benefits: single shot magnetization, high efficiency.
T-Mag Technology: innovative fixture for Axial Multipolar magnetization
Applications: unusual polarity configurations: odd polarities on magnet surfaces, watches, encoders.
Key benefits: small pole pitch magnets, low voltage, low peak time.
Our proven methodology for the design of our magnetizing fixtures
The LE project process: from initial design to validating the prototype fixture.
-
YOUR EXACT SPECIFICATIONS
Our entire design process begins with your application. We take the time to understand your needs in order to craft the right equipment.
-
ELECTROMAGNETIC CALCULATION
FEA offers a predictive process superior to trial and error, prototyping to obtain the highest magnetic performance.
-
CUSTOM DESIGN & ENGINEERING
Our highly specialized experts design from the ground up. Each fixture is custom engineered to meet the exacting demands of your application.
-
THERMAL-ELECTRICAL ANALYSIS
Then we put it to the test. The design must withstand the strength of the magnetic field as well as intense levels of heat and energy.
-
PROTOTYPE VERIFICATION
In the final step, the prototype fixture is validated using magnetized samples to ensure its performance.
